SY100ELT982KC

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Logic - Translators, Level Shifters are widely used in many applications. The SY100ELT982KC also belongs to this category. It is a level translator device with differential input and output pins. It works in a very simple working principle but is a very useful device. This article will discuss its application fields and working principle.

The SY100ELT982KC is primarily used for applications related to the transmission and reception of different voltage levels between two digital buses, especially between 1.2V and 3.3V occasions. It is capable of translating its input voltage levels to the corresponding output voltage levels. It can also be used to protect larger voltage devices from errors caused by smaller voltage devices.

The SY100ELT982KC has a differential data rate up to 4Gbps, which means it is suitable for high-speed transmission of digital signals. It has a high tolerance to Signal-to-Noise (SNR) ratio, low power consumption, low propagation delay and wide duty cycle range. All of these factors make it suitable for many applications.

The working principle of the SY100ELT982KC is a simple one. It has two input pins, A and B. When the input voltage levels of pin A is high and input voltage level of pin B is low, then the output voltage level of pin A is translated to the output voltage level of pin B. Similarly, when the input voltage levels of pin A is low and the input voltage level of pin B is high, then the output voltage level of pin A is translated to the output voltage level of pin B. It is a simple but effective device for translating digital signals between different devices.

In summary, the SY100ELT982KC is a very useful logic level translator device with differential input and output pins. It is suitable for applications related to the transmission and reception of different voltage levels between two digital buses. It has a differential data rate of up to 4Gbps, a high tolerance to noise and low power consumption. It uses a simple working principle of translating input voltage levels to the corresponding output voltage levels. This makes it an efficient and useful device for many applications.

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